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Robotic Arm Kits

This article was last modified on 29 May 2017.

Picking a robotic arm kit can be difficult, but I’m here to help. These are the top robotic arm kits you should consider bringing home.

If you’re looking for the range of robotic arms used in different areas and industries, it’s easy to see that these mechanical arms are great tools for pick and place actions, to work on assembly lines, and many more applications.

In this article, I explore different robotic arms starting with two and up to seven degrees of freedom. All of these robotic arms are designed to replicate a human arm, but with changes to fit the requirements of the application area.

Robotic Arms With 2 DOF

A robotic arm with two degrees of freedom allows simple tasks like grasping objects or sorting and move objects. Used by beginners or hobbyists in different projects, these simple kits can become a good start to begin building skills in electronics and programming.

More or less programmable, the kits could be used for simple tasks like grasp small objects and lift, or even more, a robotic platform like Mr. Tidy with two degrees of freedom of the arm is able to sort and move objects.

The Stacker kit is a simple robotic arm with two degrees of freedom attached to a wheeled platform. The structure of the arm allowed two more additional degrees of freedom by integrating a differential drive for the rolling base.

This robot kit was designed for educational and hobby purposes. So the package includes electronics and remote control. The wheels are driven by two rotation servos, while one servo is used to lift the arm and another servo for open and close the gripper.

Features:

dimensions:24,7-cm H x 19,6-cm W x 26-cm D;

customizable framework;

large electronics compartment;

omni-directional movement;

stainless steel castor;

3-inch drive wheels;

gripper spread: 10,7-centimeters;

[link removed]Khepera III

Khepera III

This small robotic arm kit is engineered with two degrees of freedom and a wide range of applications. It could be used for a maximum payload of 50 grams while the entire weight of the kit is around 500 grams. Attached to a mobile robot platform, the arm can grasp and transport small objects.

Even is not included in the Khepera III package, the gripper can be interfaced using the KoreBot II embedded PC extension. The robot kit can be programmed a list of API’s and is good to know that is compatible with VREP simulation environment.

Features:

2 degrees of freedom;

can lift a maximum weight of 50 grams;

has a total weight of 0.5 kilograms;

compatible with VREP simulation environment;

Robotic Arms with 4 DOF

With four degrees of freedom, these robotic arms are part of the kits designed to lift up or down objects, rotate and place the object in different areas.

In the following, I explore several robotic arm kits with four degrees of freedom special designed for educational or hobbyist robotic projects.

MeArm is a robotic arm developed for Arduino users. The Arduino board is not included and the kit comes disassembled. The OS Motion Control software allows users to record and run arm movements, just like an industrial robot.

Dobot Magician is a programmable robotic arm that supports programming languages like C ++, C #, Python and Java. The arm has four degrees of freedom and can communicate via WiFi, Bluetooth, or USB. The chassis is made of an aluminum alloy and the robot can lift up to 500 grams.

The kit comes with a vacuum pump and a gripper writing and drawing kit.

AL5D is the most advanced robotic arm from a series of many more robotic arms from Lynxmotion. With four degrees of freedom, the Lynxmotion kit is based on Hitec servos while the arm is designed to reach high distances for its size with a horizontal length of 25 centimeters and a maximum payload of 370 grams. The values are available for AL5D, which is the most advanced robotic arm from its series.

The AL5D has four degrees of freedom, which could be increased with another one degree of freedom by adding a rotating wrist joint. Built from aluminum, the arm has a high resistance to a significant load applied to its size.

Based on ATMEGA168-20PU microcontroller capable of controlling at the same time up to 32 servo motors, the robotic arm could be enhanced with many more controls based on Lynx software and RS232 interface.

Another software called RIOS is used to write programming code and to upload the program into the microcontroller.

Features:

ATMEGA168-20PU microcontroller;

payload of 370 grams;

horizontal reached distance of 25 centimeters;

arm construction is based on aluminium;

RIOS software is used to write and upload scripts into microcontrollers;

Designed and built by Arexx, the Mini robotic arm kit is perfect for hobbyists who tries to enter into the world of mechanics, electronics, and programming.

The kit is based on ATMEGA64 microcontroller and support C programming lines written in Open Source Tools. Using USB interface, the C program can be uploaded in the microcontroller with the Uploader software.

With a flexible structure, the Mini Robot Arm could be enhanced with sensors for environmental reactions.

With four degrees of freedom of the arm and one degree of freedom for the gripper, this is a fully programmable robot arm kit compatible with Arduino and Rhino. The arm could be controlled via PC or optional through wireless by adding a Bluetooth module for servo controller. With a flexible structure, the arm could host many more servos while the number of applications where the robot arm can be used could be increased by adding more additional tools. The arm has a maximum reach of 320 millimeters with a maximum payload of 300 grams.

If you have C programming language skills, this robotic arm kit is a powerful platform to apply your knowledge and build several other robotic projects.

At an affordable price and designed especially for beginners, the OWI is a simple robotic arm kit part of a robotic manipulator with five degrees of freedom. In the original form, the kit is not programmable but can be controlled with a remote control. Adding some additional electronics, the arm can be controlled via a program.

The structure is based on plastic and is engineered with four degrees of freedom for the arm and another one DOF for the gripper.

If the load exceeds the maximum capacity of 100 grams, there are audio and light warnings to notify the user that the arm could be damaged.

The AX-12 robotic arm is a platform designed to be used on additional mobile platforms such as TurtleBot ROS. Located on a mobile platform, the robotic arm could be used to build a wide range of applications like picking up small objects and moving in other places.

The second robotic kit from Phantom is an advanced robotic arm with five degrees of freedom and 7 AX-12A Dynamixel actuators. With a maximum range of 43 centimeters and wrist rotation option, the arm can lift a weight of up to 500 grams considering the entire weight of the arm which is 1.4 kilograms.

Based on ArbotiX controller, the arm could operate autonomously or controlled via a PC or radio remote control.

Fully programmable, the kit could be used by beginners as well as advanced users in DIY applications including picking up and moving objects.

Features:

AX-12A servos;

14cm ball bearing base;

dual servo shoulder;

ABS construction;

Arbotix Robocontroller for onboard processing;

custom parallel gripper;

mounting brackets for cameras and sensors;

Robotic Arms with 6 DOF

With only one degree of freedom less than the human arm, a robotic arm with six degrees of freedom can be used in complex applications where an object can be moved up and down, left and right, or forward and backward.

With these robotic arm kits, we’re closer to reach all the degrees of freedom of a human arm.

The Katana is a robotic arm kit for adults equipped with eight infrared and four force sensors. It is designed for high precision and can lift a maximum weight of 0.5Kg with a horizontal length of about 60 cm.

JACO RE is a robotic arm with six degrees of freedom and unlimited rotation on its axes. With a resistant structure of carbon fiber and aluminum, the arm could be integrated in static and mobile platforms.

The arm has attached a three-finger gripper with individual control for each finger. With support for Ubuntu Linux and Windows operating systems, JACO has available API’s to control the arm movements, while for the basic control is used Kinova JACOsoft software.

Using lightweight materials for structure, the total weight of the arm is only 5,7 kilograms and support a maximum payload of 1,5 kilograms.

Built from aluminum and equipped with six degrees of freedom, the Dagu is one of the most advanced robotic arms with a length of 39 centimeters and with a brain based on ATMega168 microcontroller. With up to 32 servos controlled by the same board – Atrexx, the robot kit can be controlled and programmed using the RS232 serial port or WiFi module.

TROBOT is designed for industrial applications and is controlled with the ABB RobotStudio software.

Features:

control: ABB RobotStudio software;

ethernet interface: control the robot from a PC;

[link removed]Clamp Robot Arm Kit

Clamp Robot Arm Kit

The clamp arm is a small robotic arm kit with an affordable price and based on the SSC32 servo controller interfaced with the Arduino single board computer. Fully programmable, the arm is a powerful tool able to build a service or industrial applications.

Features:

arm height: 320mm;

weight: 600g;

gripper: LG-NS;

multifunction brackets:4;

advance rotation base:180 degrees;

Hitec 311 servo:2;

DF05BB high torque Servo:1;

DF15MG high torque Servo:1;

USB SSC32 Servo controller;

Robotic Arms 7 DOF

All of these seven DOF mimic a human arm. Starting from these kits, you can build robotic applications that can replace the human workers, for example, on assembly lines.

WAM arm uses Transparent Dynamics technology for a direct-drive capability of the motors and joints. The WAM arm is characterized by flexibility and dexterity, two properties that characterize the human arm capabilities.

Features:

7 degrees of freedom;

direct-drive capability;

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